Realistic Limestone Rock 3D Model Low-poly 3D model
Home Catalog Realistic Limestone Rock 3D Model Low-poly 3D model

Publication date: 2025-11-22

Buy Realistic Limestone Rock 3D Model Low-poly 3D model

$11

License: Royalty Free

author:

ddesignstudio09

All content related to this 3D asset—including renders, descriptions, and metadata — is credited to its original author, «ddesignstudio09». CGhub does not claim copyright ownership over the content used.
  • Description
  • Formats

Elevate your digital scenes with this high-quality Realistic Limestone Rock 3D Model, ideal for landscape design, game development, architectural visualization, and outdoor environment creation. Sculpted and textured with real rock photogrammetry, this asset captures the subtle surface variations, roughness, and color tones characteristic of natural limestone. The low-poly geometry and optimized UVs make it suitable for real-time rendering in engines like Unreal Engine, Unity, and Blender, while PBR textures provide authentic shading in any lighting scenario.

Included formats (FBX, OBJ, BLEND) ensure compatibility with popular 3D workflows and flexibility for quick integration. The model is ready for scattering, set dressing, and modular rocky environments—use it as a hero prop or group it with other stones for believable ground cover. Perfect for parks, hillsides, construction sites, nature trails, or as rugged architectural accents. All meshes are scaled to real-world dimensions and logically organized for easy scene management.

Add realism and versatility to outdoor visuals, games, AR/VR projects, and rendering scenes with this professional-grade limestone rock model.

BLEND (Blender, filesize: 33 MB), JPG (JPG, filesize: 33 MB), PNG (PNG, filesize: 33 MB), EXR (EXR, filesize: 33 MB)

3D Model details

  • cgtrader Platform
  • Animated
  • Rigged
  • Ready for 3D Printing
  • VR / AR / Low-poly
  • PBR
  • Textures
  • Materials
  • UV Mapping
  • Polygons: 29000
  • Vertices: 29000
  • Plugins used
  • Geometry: Polygon mesh
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